跨学科主题学习的大观念与设计模型:以小学数学为例OA
The Big Idea and Design Model of Interdisciplinary Theme Learning:Taking Primary School Mathematics as an Example
《义务教育课程方案(2022 年版)》提出每门课程用不少于 10%的课时设计跨学科主题学习,各学科课程标准设计相应的跨学科学习领域或任务群.如何依据课程方案和课程标准设计和组织跨学科主题学习成为普遍关注的问题.跨学科主题学习的教学实践需要大观念统领,依据课程方案和课程标准的理念,分析跨学科主题学习的性质和特征,以小学数学为例,提取设计跨学习主题学习的 3 个关键词,整体规划、数学化和多学科,进而形成 3 个大观念,即解决真实问题的过程需要整体设计和分步达成;真实情境需要通过数学化提炼数学问题;真实问题解决通常需要综合运用多学科的知识与方法.据此构建大观念统领的小学数学跨学科主题学习设计模型:问题背景分析,整体设计与规划;提炼数学问题;多学科参与实施;总结与反思.
The Compulsory Education Curriculum Plan(2022 Edition)proposes that no less than 10%of class hours for each course should be allocated to designing interdisciplinary theme learning.The curriculum standards of each subject design the corresponding interdisciplinary learning areas or task groups.How to design and organize interdisciplinary theme learning according to curriculum plans and curriculum standards has become a common research problem.Taking primary school mathematics as an example,this paper extracts the three keywords of designing cross-learning theme learning,namely holistic planning,mathematicalization and multidisciplinary,and then forms three big ideas:the process of solving real-world problems requires holistic design and incremental implementation;real-world scenarios necessitate mathematical abstraction to formulate mathematical problems;solving real-world problems typically demands the integrated application of multidisciplinary knowledge and methodologies.Based on this,a design model for elementary mathematics interdisciplinary thematic learning guided by big ideas is constructed:Problem background analysis,holistic design and planning;Refining mathematical problems;Multidisciplinary participation in implementation;Summary and reflection.
马云鹏
东北师范大学,吉林 长春 130024
社会科学
大观念跨学科主题学习小学数学设计模型
big ideainterdisciplinary thematic learningprimary mathematicsdesign model
《数学教育学报》 2026 (2)
1-4,4
全国教育科学规划课题(国家一般)——向学生借智慧:小学生数学跨学科主题学习的实践逻辑与学教范式研究(BHA250249)
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